Key Advantages
Backpack-Portable at 960 g
Weighs less than a laptop — students and makers carry it between classrooms, labs, and maker spaces with zero setup burden.
Two Brains, One Platform
Pi version runs a full 1.5 GHz quad-core Linux computer onboard; M5 version leverages the lightweight ESP32 — same arm, pick your controller.
ROS 1 for Robotics Education
Native ROS support across both variants — teach path planning, inverse kinematics, and task sequencing with real hardware from day one.
Widest Language Support
Program in Python, C++, C#, JavaScript, Arduino, and drag-and-drop myBlockly — covers every skill level from primary school to university.
±0.3 mm Palletizing Precision
Consistent enough for structured warehousing and logistics simulations — teaches real-world supply chain workflows on a tabletop.
Curriculum-Ready Out of the Box
Comes with structured lesson materials, myStudio setup wizard, and Gitbook docs — instructors run lab sessions with zero prep.
Application Scenarios
From Logistics Training to Research Labs
myPalletizer 260 brings industrial palletizing concepts to the tabletop — in classrooms, maker spaces, and university labs alike.
Palletierung und Logistik-Simulation
Programmieren Sie den Arm, um Objekte in strukturierten Gittermustern zu stapeln, zu sortieren und neu zu positionieren – das Simulieren realer Lagerhaus-Palettierungsprozesse auf dem Desktop. Die Schüler lernen Aufgabenabfolge, Koordinatensysteme und Pick-and-Place-Logik mit direkter, taktiler Rückmeldung.
Programmieren Sie den Arm, um Objekte in strukturierten Gittermustern zu stapeln, zu sortieren und neu zu positionieren – das Simulieren realer Lagerhaus-Palettierungsprozesse auf dem Desktop. Die Schüler lernen Aufgabenabfolge, Koordinatensysteme und Pick-and-Place-Logik mit direkter, taktiler Rückmeldung.